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    • 1. 发明授权
    • Steady state channel select
    • 稳态通道选择
    • US4584711A
    • 1986-04-22
    • US508299
    • 1983-06-27
    • Robert H. Dunn
    • Robert H. Dunn
    • G01S7/02H03J7/32H04B17/00
    • H03J7/32G01S7/021
    • In a wide band receiver, a pulse signal is directed through a plurality of narrow band channels. The pulse input is a short duration pulse of several cycles of the signal. The energy content in each of the narrow band channels is measured and compared to adjacent channels. During the steady state time, when the pulse signal is neither rising or falling, the energy differences between a narrow band channel being at the location of the incoming signal frequency and its adjacent channels would be maximum and exceed established thresholds. A comparison is then made with these established thresholds to produce logic signals demonstrating that the incoming is in an indicated narrow band channel. Where the signal is between two channels and in the crossover region, then the logic signals produced during the steady state pulse time would be indicative of substantially equal energy in the two narrow band channels having portions in the crossover region while the energy differences between each of those narrow band channels sharing the crossover region with their respective adjacent channels would be greater than the CCR levels. Logic signals indicative of these energy relationships are then processed to produce the signal indicative that the incoming signal is in the crossover region. The system operates to produce logic signals only during the steady state time of the pulse and is free of splatter which would otherwise prevent a clear and unambiguous indication of frequency.
    • 在宽带接收机中,脉冲信号被引导通过多个窄带信道。 脉冲输入是信号的几个周期的短持续时间脉冲。 测量每个窄带信道中的能量含量并将其与相邻信道进行比较。 在稳态期间,当脉冲信号既不上升或下降时,进入信号频率位置的窄带信道与其相邻信道之间的能量差最大也超过建立的阈值。 然后用这些建立的阈值进行比较以产生逻辑信号,证明输入在指示的窄带信道中。 在信号在两个通道之间并且在交叉区域中的情况下,在稳态脉冲时间期间产生的逻辑信号将表示在具有交叉区域中的部分的两个窄带通道中的能量基本相等,而每个 与它们各自的相邻信道共享交叉区域的那些窄带信道将大于CCR电平。 然后处理指示这些能量关系的逻辑信号以产生指示输入信号处于交叉区域中的信号。 该系统仅在脉冲的稳定状态期间产生逻辑信号,并且没有飞溅,否则将阻止频率的清楚和明确的指示。
    • 7. 发明授权
    • Molded brake pad
    • 模制刹车片
    • US4617165A
    • 1986-10-14
    • US733332
    • 1985-05-13
    • Peter H. S. TsangJoseph P. CoyleSeong K. Rhee
    • Peter H. S. TsangJoseph P. CoyleSeong K. Rhee
    • C08K3/00C08J5/14C08K3/22C08K3/32C08K7/02C08K13/04C08L61/00C08L61/04C08L61/06C09K3/14F16D69/02B29C71/00C03C17/00
    • F16D69/02
    • A composition of material for use as a friction material in a brake and its method of manufacture. Liquid double salts of dibasic and monobasic (ammonium-potassium hydrogen) phosphoric acid (DSP) is added to a dry mixture of reinforcing fiber, friction modifiers, fillers and phenolic resin to create a high viscosity slurry. Thereafter, a metallic (magnesium) oxide and para formaldehyde (para) are added to the slurry. Molds which have been previously heated are filled with the slurry and any excess removed. The metallic oxide reacts with the DSP and the para reacts with the phenolic resin to create a two binder matrix for holding the reinforcing fiber, friction material and fillers in a fixed relationship corresponding to the shape of a brake pad. The brake pads are removed from the molds and transported to a ventilated chamber where the internal curing proceeds at or near ambient temperature to complete the manufacture of the brake pad.
    • 用作制动器中的摩擦材料的材料的组合物及其制造方法。 将二元和一元(氢氧化钾)磷酸(DSP)的液体双重盐加入到增强纤维,摩擦改性剂,填料和酚醛树脂的干混合物中以产生高粘度浆料。 此后,将金属(镁)氧化物和对甲醛(对位)加入到浆料中。 已经预先加热的模具填充有浆料并除去任何过量的物质。 金属氧化物与DSP反应,对位与酚醛树脂反应,形成两个粘合剂基体,用于将增强纤维,摩擦材料和填料固定在与刹车片形状相对应的关系中。 制动片从模具中取出并运送到通风室,内部固化在环境温度或接近环境温度下进行,以完成刹车片的制造。